Chandan Kr Science
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Discussion-Based Learning: Engage students in discussions, debates, and group activities to promote critical thinking and collaborative problem-solving.
Concept Maps: Encourage students to create concept maps or mind maps to visualize the relationships between different scientific topics.

Interactive Lectures: Encourage active participation through discussions, questions, and debates to make lessons engaging.

Visual Aids: Utilize multimedia, charts, and diagrams to enhance understanding and retention of complex topics.

Real-World Examples: Relate lessons to real-life situations to help students grasp practical applications.

Hands-on Activities: Incorporate experiments, projects, and group activities to foster problem-solving skills.

Regular Assessments: Implement quizzes, tests, and assignments to gauge comprehension and provide timely feedback.

Encourage Critical Thinking: Promote analysis and reasoning to develop students' higher-order thinking skills.

Inclusive Approach: Address diverse learning needs by adapting materials and teaching methods accordingly.

Technology Integration: Leverage digital tools and resources for a modern and interactive learning experience.

Application-Oriented Learning: Emphasize how knowledge can be applied in future careers and everyday life.

Support and Feedback: Maintain open communication, offer extra help, and provide constructive feedback to help students excel.

Encourage Self-Study: Foster a culture of independent learning by suggesting supplementary resources and study techniques.

Motivation and Inspiration: Inspire students with success stories and motivational talks to keep them engaged and motivated.

Respect and Empathy: Create a respectful and empathetic classroom environment to support students' emotional well-being.

Clear Communication: Ensure clarity in explanations and instructions to minimize confusion.

Adaptability: Be flexible in adjusting teaching strategies based on individual and class needs.

Remember that an effective teaching style is flexible and adaptable to the specific needs and dynamics of your class.

Hands-On Experiments: Conduct practical experiments to illustrate scientific concepts and encourage students to explore and learn through observation and analysis.

Visual Aids: Use diagrams, models, and videos to make abstract scientific ideas more tangible and easier to comprehend.

Case Studies: Share real-world examples and case studies to demonstrate the practical applications of scientific principles.

Discussion-Based Learning: Engage students in discussions, debates, and group activities to promote critical thinking and collaborative problem-solving.

Technology Integration: Leverage digital tools and simulations to simulate complex scientific phenomena and enhance understanding.

Concept Maps: Encourage students to create concept maps or mind maps to visualize the relationships between different scientific topics.

Conceptual Understanding: Focus on building a strong foundation of fundamental concepts before delving into more advanced topics.

Regular Assessments: Use quizzes, tests, and assignments to assess students' understanding and provide constructive feedback for improvement.

Subjects

  • Maths Grade 10

  • Business Studies CBSE Class 12

  • Hindi (CBSE 10th)

  • Science (Class 10)

Experience

No experience mentioned.

Education

  • Special teaching (Jun, 2023–now) from RCI

Fee details

    ₹700–1,000/hour (US$8.25–11.79/hour)

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